Planet maemo: category "feed:533f5ff8469293460a7e02916e93a7ae"

In the coming years another billion people will get online. They will do it with their smartphones instead of what we consider computers. And their experience will be quite different from ours when we initially started using the internet.

Unfortunately at the same time the Midgard developer community has stayed quite small and insular. This will hopefully improve through easier installation, availability of Midgard libraries in Linux distributions and closer collaboration with the rest of the PHP world as a participant of the Zeta Components ecosystem.

We still also need to solve the project governance question of either running our own association or joining a major organization like ASF. The relation between Midgard and the GNOME project on which we heavily rely on should also be clarified.

Tablets and handsets can displace computers as play and reading devices, but they really can't become dominant as work tools until we have a better solution for high-speed low-friction text input. On the other hand, I wouldn’t be surprised to see dramatic progress in this area; it’s so obviously the number-one usability barrier for everything that isn’t badged as a "computer".

I've seen some interesting approaches at solving the text input problem. But the other option is of course that other means of communicating become more prominent: videos, audio messages, etc. A flickr is worth 50 tweets, after all. But how do you program then?

My generation will be at something of a loss when this new world comes about. In my life, I’ve been rewarded for communicating effectively online via text. I’m a reasonably effective verbal communicator, but not nearly as good as I’ll need to be to compete with the telepresence-native adults that the children of today will grow up to be.

Today’s digital natives will be tomorrow’s telegraph operators. The only way to survive will be to understand the impact of pervasive video communication before it sweeps us under our keyboards.

Opening public data is a hot topic in Finland at the moment. As a small experiment with the data that is available I wrote buscatcher, a simple N900 app that displays Helsinki trams (and some buses) moving on a map in real time. This makes it easy to determine when your next tram is coming to the stop, or where it is stuck.

For other platforms, you can grab and run the application from the GitHub repo. It should run on regular Linux desktops, and there have been reports of working on also platforms like the OpenMoko Freerunner.

At maemo.org we have an appstore for FOSS applications on the Maemo platform. This appstore is enabled by default on all Nokia N900s so we wanted to have some quality control. We had to create our own appstore approval process, compatible with the FOSS philosophy. Now any developer can submit an app, and anyone can test and vote. The whole process is completely transparent, auditable and visible. And it also provides a feedback channel from testers and users to the developers!

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Midgard is a data storage service. Whether you write desktop or web applications, instead of coming up with your own file format, you just use Midgard. You can work more easily and object-based. Users have many different devices these days, so Midgard has strong replication features to synchronize between different systems. Midgard is built on top of GObject; we provide bindings to a bunch of different languages so developers can choose the tools they like - PHP, Python, Javascript. Currently (as in now, while we're talking) Qt bindings are being developed here at Akademy.

Computational photography refers to the ways computers can extend the capabilities of digital imaging by combining multiple photographs taken with different camera settings to create an image that could not be taken in a single shot, or with an ordinary camera.

Some of these new ways of combining images can be done in Photoshop or another such program, but until now they could not be done inside the camera, Levoy said. That's because commercial cameras are closed to development by all but their manufacturers. Frankencamera, on the other hand, brings computational photography directly to the camera, by making the camera a programmable platform.

I installed fCamera and the HDR photo assistant from Maemo extras-devel yesterday, and the results (taking .DNG RAW images, automatically generating HDR pictures) seem quite impressive. Here is a quick example from our office. Sun is shining outside and the office is not lit:

For comparison, here is the same setting with the regular N900 camera application:

It will be interesting to see what developers will come up with, now that all these camera capabilities are available through an open API!

As I've been advocating since 2006, location is important for making applications smarter. While you might not remember where you stored some file, you probably remember where you were when working on it. Then Zeitgeist's location features, powered by GeoClue, will be able to get it for you.

This is especially cool since Zeitgeist is coming for Maemo as well. My laptop is quite mobile, but the N900 is even more so.

The main conference will be held at the Tampere University over the weekend, and then the remaining hackweek will be in the nice Demola facility in the Finlayson district. Expect great connectivity and close proximity to all Tampere nightlife.

Web developers will also benefit from Midgard MVC, the PHP framework that already runs services like Qaiku.com.

The release includes:

Content Repository API bindings for the following programming languages: C, Python, PHP, C# and Vala. D-Bus signals are used to inform different Midgard2 applications about things happening in the repository, enabling for example a PHP website and a Python background process to communicate with each other.

Midgard MVC, an elegant framework for PHP web applications. Midgard MVC includes interfaces for loadable components, hierarchical sub-requests, a forms system and much more.

Midgard Runtime that combines the Midgard MVC, a PHP application server and a WebKit UI to provide a full Midgard web development environment on the desktop.

This release benefits greatly from new technologies happening in the GNOME sphere: some of the language bindings are created using GObject Introspection, Vala has made development of new features faster and libgda4 makes all database operations more efficient.

Geoclue has a really nice feature, the master provider. It means geoclue can handle multiple sources of geoinformations. For example, you can get your position with your gps device, or with OpenCellId, or with webservices that will associate your IP address with a location (such as hostip). Geoclue master provider is able to choose the source with the best accuracy.

It's been the first release in nearly two years, and it's great to see that nice project moving forward again. In this release, Nominatim has been added as a provider for geocoding and reverse/geocoding. It means it's possible to use nominatim service to get the position for a given address, or the opposite. There have been also many bugfixes and code cleaning, including a bug I've helped to resolve that prevented master provider from being usable in some configurations.